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Distribution Transformer

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MOQ : 1 , , Unit

Distribution Transformer Specification

Cooling Type
Oil Natural Air natural (ONAN)

High Voltage
33000 Volt (V)

Rated Voltage
33000 Watt (W)

Operating Temperature
400 Celsius (oC)

Coil Material
Copper Core

Material
Copper

Output
Product wise

Frequency (MHz)
50 Hertz (HZ)

Efficiency
99.9%

Phase
Three Phase

Coil Structure
Winding Type

Power Scope
Upto 20 MVA

Distribution Transformer Trade Information

Minimum Order Quantity
1 , , Unit

FOB Port
Jawaharlal Nehru Port Trust

Payment Terms
Letter of Credit (L/C), Cash in Advance (CID)

Supply Ability
100 Units Per Month

Delivery Time
2-3 Months

Main Export Market(s)
South America, North America, Australia, Eastern Europe, Western Europe, Middle East, Central America, Asia, Africa

Main Domestic Market
All India

Certifications
ISO 9001:2015, ISO 14001:2015, OHSAS 18000:2007, BIS, BEE

About Distribution Transformer

We are providing optimum quality Distribution Transformer which is used for both industrial as well as residential sector. It is designed in a sophisticated manner which provides excellent performance, high voltage capability and reliability. In addition to this, the said product can also be used for network services as it is high performance efficient as well as consumes less energy and more. Moreover, Distribution Transformer is robust in construction, high in strength, flawless in appearance, easy to install, maintained and operate.

We ''Mumbai'' based technology oriented firm are actively involved in offering the exceptional grade of Distribution Transformers. These are the kind of devices which are used to enhance or lowers down the voltages and currents in electric circuits. Nowadays these devices are installed in various areas to boost the voltage to decrease the line loss during the transmission. This grade of electric transformer get mounted on pole and known as pole mount transformers, like these could be mounted on concrete pads and locked in steel cases. These have the standard rating units up to 5000 kVA. Without the heck of carrying any load these can be energized for a whole day. These are designed in a way to have small leakage resistance and gives maximum efficiency and better voltage regulations at lower loads.

Offered Transformers are classified in various categories on the basis of following factors:

Basic impulse insulation level (BIL).
Type of insulation - liquid-immersed or dry-type
Voltage class
Mounting location - pole, pad, underground vault
Number of Phases - single-phase or three-phase

These can be used in used in various industrial sectors, from Pharmaceuticals, Textile, Engineering, Captive Power Projects, Chemical, Steel, Construction Houses, Electronics, Wind Mill Farms, Automotive and many more. These are also seldom used for power supply in isolated houses, pumping stations, farmyards at the voltages of below 30 kV. These Distribution Transformers are also used for the power supply to overhead wire of railways electrified with AC. As per depending upon the area our clients can fed by a single transformer. Number of homes in urban areas are fed off a single transformer and rural areas require one transformer per customer. Pad Mount electrical devices are installed in urban areas where distribution runs underground and offers primary distribution of voltage. These grade of devices are connected parallel to each other and equipped with their own set of network so that the protector circuit breaker can isolate it from the secondary one in case of a fault.

Unmatched Efficiency and Capacity

Achieve exceptional performance with our distribution transformer, engineered for up to 99.9% efficiency and capable of handling loads up to 20 MVA. Its robust copper windings and advanced ONAN cooling ensure consistent, reliable operation in demanding power distribution environments, making it perfect for scaling industrial needs.

Cutting-edge Design for Industrial Demands

Designed with high-grade copper coils and a winding core structure, this transformer assures superior conductivity, heat resistance, and operational safety. Its ONAN cooling method efficiently manages heat dissipation, enabling prolonged service life and reducing maintenance requirements, even at temperatures reaching 400C.

FAQ's of Distribution Transformer:

Q: How does the ONAN cooling system benefit the transformer's performance?

A: The Oil Natural Air Natural (ONAN) cooling system ensures efficient heat dissipation, maintaining optimal operating temperatures during high-load conditions. This results in enhanced transformer life, reduced risk of overheating, and minimized maintenance needs.

Q: What are the primary applications of a 33,000V, 20 MVA distribution transformer?

A: These transformers are ideal for heavy-duty industrial power distribution, substations, and infrastructure projects where stable, high-voltage electricity delivery and minimal energy loss are critical.

Q: When should I schedule maintenance for a copper core ONAN transformer?

A: Routine inspections are recommended every 6-12 months, with more frequent checks during peak usage or in harsh environments to ensure continued efficiency and prevent potential faults.

Q: Where can these transformers be deployed?

A: Our distribution transformers are suitable for installation across industrial facilities, commercial complexes, utility substations, and large-scale construction sites throughout India.

Q: What is the process of installing this three-phase transformer?

A: Installation involves site preparation, foundation setup, mounting, oil filling, electrical connections, and commissioning, ideally carried out by certified professionals to ensure safety and optimal operation.

Q: How does the copper winding structure contribute to transformer performance?

A: Copper windings provide higher electrical conductivity, superior heat resistance, and reduced power loss compared to other materials, ensuring high efficiency and longevity for the transformer.

Q: What benefits can users expect from choosing this transformer model?

A: Users benefit from outstanding efficiency, reliable power delivery, adaptability to high-temperature environments, minimal maintenance demands, and extended service life, making it a cost-effective choice for industrial energy management.

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